The product of condensation reactions shown. Introduction: The condensation reaction is the chemical reaction , in which a larger molecule forms by the addition of two molecules and removal of a smaller molecule “generally water”. The base and a pentose sugar can be linked when the nitrogen (ninth position in purines or nitrogen on first position in pyrimidines) with the carbon at first position in sugar and thus forming a glycosidic bond (carbon linked with nitrogen). One molecule of water is removed from this reaction as the by-product. The reaction of nucleoside and a phosphate group results in formation of nucleotide by condensation reaction.

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Answer 1

Question

Chapter 11, Problem 11.9PP

a.

Summary Introduction

To determine:

The product of condensation reactions shown.

Introduction:

The condensation reaction is the chemical reaction, in which a larger molecule forms by the addition of two molecules and removal of a smaller molecule “generally water”.

The base and a pentose sugar can be linked when the nitrogen (ninth position in purines or nitrogen on first position in pyrimidines) with the carbon at first position in sugar and thus forming a glycosidic bond (carbon linked with nitrogen). One molecule of water is removed from this reaction as the by-product. The reaction of nucleoside and a phosphate group results in formation of nucleotide by condensation reaction.

b.

Summary Introduction

To determine:

The product of condensation reactions shown.

Introduction:

The condensation reaction is the chemical reaction, in which a larger molecule forms by the addition of two molecules and removal of a smaller molecule “generally water”.

The base and a pentose sugar can be linked when the nitrogen (ninth position in purines or nitrogen on first position in pyrimidines) with the carbon at first position in sugar and thus forming a glycosidic bond (carbon linked with nitrogen). One molecule of water is removed from this reaction as the by-product. The reaction of nucleoside and a phosphate group results in formation of nucleotide by condensation reaction.

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Answer 2

Question

Chapter 11, Problem 11.9PP

a.

Summary Introduction

To determine:

The product of condensation reactions shown.

Introduction:

The condensation reaction is the chemical reaction, in which a larger molecule forms by the addition of two molecules and removal of a smaller molecule “generally water”.

The base and a pentose sugar can be linked when the nitrogen (ninth position in purines or nitrogen on first position in pyrimidines) with the carbon at first position in sugar and thus forming a glycosidic bond (carbon linked with nitrogen). One molecule of water is removed from this reaction as the by-product. The reaction of nucleoside and a phosphate group results in formation of nucleotide by condensation reaction.

b.

Summary Introduction

To determine:

The product of condensation reactions shown.

Introduction:

The condensation reaction is the chemical reaction, in which a larger molecule forms by the addition of two molecules and removal of a smaller molecule “generally water”.

The base and a pentose sugar can be linked when the nitrogen (ninth position in purines or nitrogen on first position in pyrimidines) with the carbon at first position in sugar and thus forming a glycosidic bond (carbon linked with nitrogen). One molecule of water is removed from this reaction as the by-product. The reaction of nucleoside and a phosphate group results in formation of nucleotide by condensation reaction.

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Answer 3

Question

Chapter 11, Problem 11.9PP

a.

Summary Introduction

To determine:

The product of condensation reactions shown.

Introduction:

The condensation reaction is the chemical reaction, in which a larger molecule forms by the addition of two molecules and removal of a smaller molecule “generally water”.

The base and a pentose sugar can be linked when the nitrogen (ninth position in purines or nitrogen on first position in pyrimidines) with the carbon at first position in sugar and thus forming a glycosidic bond (carbon linked with nitrogen). One molecule of water is removed from this reaction as the by-product. The reaction of nucleoside and a phosphate group results in formation of nucleotide by condensation reaction.

b.

Summary Introduction

To determine:

The product of condensation reactions shown.

Introduction:

The condensation reaction is the chemical reaction, in which a larger molecule forms by the addition of two molecules and removal of a smaller molecule “generally water”.

The base and a pentose sugar can be linked when the nitrogen (ninth position in purines or nitrogen on first position in pyrimidines) with the carbon at first position in sugar and thus forming a glycosidic bond (carbon linked with nitrogen). One molecule of water is removed from this reaction as the by-product. The reaction of nucleoside and a phosphate group results in formation of nucleotide by condensation reaction.

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Answer 4

Question

Chapter 11, Problem 11.9PP

a.

Summary Introduction

To determine:

The product of condensation reactions shown.

Introduction:

The condensation reaction is the chemical reaction, in which a larger molecule forms by the addition of two molecules and removal of a smaller molecule “generally water”.

The base and a pentose sugar can be linked when the nitrogen (ninth position in purines or nitrogen on first position in pyrimidines) with the carbon at first position in sugar and thus forming a glycosidic bond (carbon linked with nitrogen). One molecule of water is removed from this reaction as the by-product. The reaction of nucleoside and a phosphate group results in formation of nucleotide by condensation reaction.

b.

Summary Introduction

To determine:

The product of condensation reactions shown.

Introduction:

The condensation reaction is the chemical reaction, in which a larger molecule forms by the addition of two molecules and removal of a smaller molecule “generally water”.

The base and a pentose sugar can be linked when the nitrogen (ninth position in purines or nitrogen on first position in pyrimidines) with the carbon at first position in sugar and thus forming a glycosidic bond (carbon linked with nitrogen). One molecule of water is removed from this reaction as the by-product. The reaction of nucleoside and a phosphate group results in formation of nucleotide by condensation reaction.

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Answer 5

Chapter 11, Problem 11.9PP

a.

Summary Introduction

To determine:

The product of condensation reactions shown.

Introduction:

The condensation reaction is the chemical reaction, in which a larger molecule forms by the addition of two molecules and removal of a smaller molecule “generally water”.

The base and a pentose sugar can be linked when the nitrogen (ninth position in purines or nitrogen on first position in pyrimidines) with the carbon at first position in sugar and thus forming a glycosidic bond (carbon linked with nitrogen). One molecule of water is removed from this reaction as the by-product. The reaction of nucleoside and a phosphate group results in formation of nucleotide by condensation reaction.

b.

Summary Introduction

To determine:

The product of condensation reactions shown.

Introduction:

The condensation reaction is the chemical reaction, in which a larger molecule forms by the addition of two molecules and removal of a smaller molecule “generally water”.

The base and a pentose sugar can be linked when the nitrogen (ninth position in purines or nitrogen on first position in pyrimidines) with the carbon at first position in sugar and thus forming a glycosidic bond (carbon linked with nitrogen). One molecule of water is removed from this reaction as the by-product. The reaction of nucleoside and a phosphate group results in formation of nucleotide by condensation reaction.

Answer 6

Chapter 11, Problem 11.9PP

a.

Summary Introduction

To determine:

The product of condensation reactions shown.

Introduction:

The condensation reaction is the chemical reaction, in which a larger molecule forms by the addition of two molecules and removal of a smaller molecule “generally water”.

The base and a pentose sugar can be linked when the nitrogen (ninth position in purines or nitrogen on first position in pyrimidines) with the carbon at first position in sugar and thus forming a glycosidic bond (carbon linked with nitrogen). One molecule of water is removed from this reaction as the by-product. The reaction of nucleoside and a phosphate group results in formation of nucleotide by condensation reaction.

Answer 7

Chapter 11, Problem 11.9PP

a.

Summary Introduction

To determine:

The product of condensation reactions shown.

Introduction:

The condensation reaction is the chemical reaction, in which a larger molecule forms by the addition of two molecules and removal of a smaller molecule “generally water”.

The base and a pentose sugar can be linked when the nitrogen (ninth position in purines or nitrogen on first position in pyrimidines) with the carbon at first position in sugar and thus forming a glycosidic bond (carbon linked with nitrogen). One molecule of water is removed from this reaction as the by-product. The reaction of nucleoside and a phosphate group results in formation of nucleotide by condensation reaction.

Answer 8

b.

Summary Introduction

To determine:

The product of condensation reactions shown.

Introduction:

The condensation reaction is the chemical reaction, in which a larger molecule forms by the addition of two molecules and removal of a smaller molecule “generally water”.

The base and a pentose sugar can be linked when the nitrogen (ninth position in purines or nitrogen on first position in pyrimidines) with the carbon at first position in sugar and thus forming a glycosidic bond (carbon linked with nitrogen). One molecule of water is removed from this reaction as the by-product. The reaction of nucleoside and a phosphate group results in formation of nucleotide by condensation reaction.

Answer 9

b.

Summary Introduction

To determine:

The product of condensation reactions shown.

Introduction:

The condensation reaction is the chemical reaction, in which a larger molecule forms by the addition of two molecules and removal of a smaller molecule “generally water”.

The base and a pentose sugar can be linked when the nitrogen (ninth position in purines or nitrogen on first position in pyrimidines) with the carbon at first position in sugar and thus forming a glycosidic bond (carbon linked with nitrogen). One molecule of water is removed from this reaction as the by-product. The reaction of nucleoside and a phosphate group results in formation of nucleotide by condensation reaction.

Answer 10

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Answer 11

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Answer 12

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Answer 13

Ch. 11 - Prob. 11.1PP Ch. 11 - Prob. 11.2PP Ch. 11 - Prob. 11.3PP Ch. 11 - Prob. 11.4PP Ch. 11 - Prob. 11.5PP Ch. 11 - Which of the pentose sugars is found in DNA? Which...Ch. 11 - Prob. 11.7PP Ch. 11 - Prob. 11.8PP Ch. 11 - Prob. 11.9PP Ch. 11 - Prob. 11.10PP

Solution Summary: The author explains the chemical reaction of condensation reaction, in which a larger molecule forms by the addition of two molecules and removal of smaller molecules "generally water".

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